刊名:Theoretical Foundations of Chemical Engineering
出版年:2007
出版时间:April, 2007
年:2007
卷:41
期:2
页码:137-142
全文大小:252 KB
文摘
The flow pattern in a cell in a layer of a highly porous cellular material is analyzed on the basis of Navier-Stokes equations by the finite-element method. The hydrodynamic resistance of highly permeable porous cellular materials to the transfer of liquid and gaseous media is determined. A comparison with experimental data is made.